201010655 九、發明說明： 【發明所屬之技術領域】 發明領域 本發明係有關一種將蔬菜、水果等放入容器中利用刀 5具切銷攪拌而作成果汁等之調理物之電動調理器者。[Technical Field] The present invention relates to an electric conditioner that puts vegetables, fruits, and the like into a container and uses a knife to cut and stir to prepare a conditioner such as juice.
C先前技J 發明背景 習知之具安全裝置的電動調理器係顯示於第6圖。第6 圖係習知之電動調理器的主要部位斷面圖。 10 在第6圖中，習知之電動調理器的本體1内藏有電動機2 與通電機構3，且具有與通電機構3連動之安全裝置的第一 銷10。又，載置於本體1的調理用杯4具有利用電動機2透過 本體側連接器7、杯侧連接器8而旋轉驅動的刀具5。 調理用杯4載置於本體1時，設於調理用杯4外側底部之 15底面凸部6便將第一銷10壓向下側，且藉由將通電機構3之 開關鈕9壓入而成ON狀態，使刀具5旋轉。但是，在將調理 用杯4從本體1卸下的狀態，第一銷朝上上升且通電機構3成 切斷狀態。因此，即使壓入開關钮9也無法成為on狀態， 所以電動機2不運轉且本體側連接器7也成不旋轉（例如參 20 照專利文獻1)。 但是，在習知電動調理器的構成中，在將調理用杯4載 置於本體1的狀態下，果汁等調理物附著於第一銷10而固 著時，即使將調理用杯4卸下，電動機2也因固著之第一 銷10按壓通電機構3而成可通電狀態。而且，開關紐9若 201010655 * 是成為ON狀態，則有所謂電動機運轉且本體側連接器8 旋轉的問題。C. BACKGROUND OF THE INVENTION A conventional electric power conditioner having a safety device is shown in Fig. 6. Figure 6 is a cross-sectional view of the main part of a conventional electric power conditioner. In Fig. 6, the body 1 of the conventional electric power conditioner has a motor 2 and an energizing mechanism 3, and has a first pin 10 of a safety device interlocked with the energizing mechanism 3. Further, the conditioning cup 4 placed on the main body 1 has a cutter 5 that is rotationally driven by the motor 2 through the main body side connector 7 and the cup side connector 8. When the conditioning cup 4 is placed on the main body 1, the bottom surface convex portion 6 provided at the outer bottom portion of the conditioning cup 4 presses the first pin 10 to the lower side, and is pressed by the opening button 9 of the energizing mechanism 3 In the ON state, the tool 5 is rotated. However, in a state where the conditioning cup 4 is detached from the main body 1, the first pin is lifted upward and the energizing mechanism 3 is turned off. Therefore, even if the switch button 9 is pushed in, it cannot be in the on state, so the motor 2 does not operate and the body side connector 7 does not rotate (for example, refer to Patent Document 1). However, in the configuration of the conventional electric power conditioner, when the conditioning cup 4 is placed on the main body 1 and the conditioning material such as juice adheres to the first pin 10 and is fixed, even if the conditioning cup 4 is removed The electric motor 2 is also energized by pressing the energization mechanism 3 by the fixed first pin 10. Further, when the switch button 9 is in the ON state, there is a problem that the motor is operated and the body-side connector 8 is rotated.
【專利文獻1】特開昭58-122030號公報 C發明内容J 5 發明概要 本發明之電動調理器包含内藏電動機及用以控制通電 的通電機構之本體、用以進行通電機構之開關的第一銷、 透過可動機構且與第-銷在動作方向朝相反方向連動之第 二銷、可裝卸地載置於本體之調理用杯、設於調理用杯内 Π)部且利用電動機而旋轉之刀具、及設於調理用杯之外側底 部且用以壓入第-銷及第二鎖的底面凸部，底面凸部押入 第-銷時則使通電機構成通電狀態’底面凸部押入第二銷 時則使通電機構成不通電狀態，且使調理用杯於本體裝卸 時，底面凸部係將第二銷壓入。 15 纟第一銷壓入的狀態下，即使是在固著的情況，第二 銷在調理用杯裝卸時，第二銷會被底面凸部壓入。而且， 可動機構將第-銷堡出以解除固著’而可作為安全的電動 圖式簡單說明 第1A圖係本發明實施態樣1之電動調理H的主要邻八 之側面斷面圖； 要0^刀 第1B圖係第1A圖之開關紐附近的擴大圖； 第2A圖係本發明實施態樣1之電動調理器中，具有踏 蹺板構造透視的杯承部之一部分俯視圖； 、 201010655 - 第2B圖係該電動調理器之調理用杯的一部分斷面圖； 第2C圖係該電動調理器之通電機構附近的側面斷面 圖； 第3圖係該電動調理器中第二銷被壓入而成不通電狀 5 態時之通電機構附近的側面斷面圖； 第4圖係該電動調理器中第一銷被壓入而成可通電狀 態時之通電機構附近的側面斷面圖； 第5A圖係本發明實施態樣2之電動調理器中，杯蓋附 φ 近的側面斷面圖； 10 第5B圖係該電動調理器之可動機構附近的擴大圖；及 第6圖係習知電動調理器之主要部份的斷面圖。 【實施方式3 較佳實施例之詳細說明 以下，就有關本發明之實施態樣，一面參考圖面一面 15 予以說明。而且，不可依該實施態樣而限制本發明。 (實施態樣1) Ο 第1A圖係本發明實施態樣1之電動調理器的主要部分 之侧面斷面圖，第1B圖係第1A圖之開關鈕附近的擴大圖。 又，第2A圖係本發明實施態樣1之電動調理器中，具有蹺蹺 20 板構造透視的杯承部之一部分俯視圖，第2B圖係該電動調 理器之調理用杯的一部分斷面圖，第2C圖係該電動調理器 之通電機構附近的側面斷面圖。 而且，本發明實施態樣1中電動調理器之基本構成由於 與第6圖之習知電動調理器實質上為相同，因此就相同元件 7 201010655 使用相同編號而省略其說明。 本體1内藏有電動機2及用以控制通電的通電機構3。用 以進行通電機構3之開關的第一銷1〇係配設於本體丨之杯承 部14的溝部（圖未示），且作成使手指等不易壓入。而且， 5第一銷係機械地固定於連動板3a。此處，連動板3&係利 用通電機構3之連動板彈簧3k而於平時被施加朝上的力量。 又，第二銷11係與第一銷1〇同樣地配設於杯承部14的 溝部。而且’第一銷1〇與第二銷Η係利用以可動機構12之 轴12a為中心的蹺蹺板構造13而構成，而可相互地於相反方 10向動作。亦即，第二銷11係透過可動機構12而與第一銷1〇 在動作方向朝相反方向連動。此處，本發明實施態樣丨之電 動調理器的安全裝置係藉由第一銷1〇、第二銷丨丨及可動機 構12而構成。 與連動板3a平行的摺動板3b係設於通電機構3且利用 15摺動板彈簧3j而於平時被施加向下的力量。摺動板3b之摺 動板爪部3c係利用連動板3a而被由下支撐且構成將摺動板 3b定位。 用以使通電機構3成通電狀態之開關鈕9係具有與摺動 板3b之搢動板溝部3f接觸之開卡合部3(1。又，使通電機構3 20成不通電狀態的開關鈕9a具有用以與摺動板3b之摺動板溝 部3h接觸之閉卡合部3e。 當開關鈕9壓入時’顯示於第2C圖之開腕部3p使導通板 3r與接點3q接觸，且顯示於第1B圖之開卡合部3d係構成以 固定於摺動板溝部3f之鉤爪部。又，當開關紐9a壓入時， 201010655 * 顯7Γ於第1B圖之閉卡合部化利用摺動板溝部3h之傾斜面而 使摺動板3a朝上方移動，且顯示於第％圖之閉腕部知係於 通電抓時進行解除用以切斷通電之斷路器加。 如第2Αϋ、第2B_示’可裝卸地載置於本體丄之調 5理用杯4設有為插旋機構一部分的調理用杯凸部⑴又，在 插旋機構之兩旋轉方向上，於底面凸部6設有底面凸部傾斜 面6a及底面凸部傾斜面仙。杯承部14係以用卩將調理用杯* 安裝於本體1之電動機2的轴為中心的略圓環狀。 ® 此處，底面凸部6係設於調理用杯4之外側底部。又， 10在調理用杯4的内部設有利用電動機2旋轉的刀具5。 如第2A圖、第2B圖、第2C圖所示，在本體丨之杯承部 14設有用以與調理用杯4嵌合之插旋機構的杯承部凹部 16。又，在杯承部凹部16設有用以插入調理用杯凸部15之 插入口 16a、用以保持調理用杯凸部15之保持部16b。而且， 構成為當調理用杯凸部15來到插入口 16a的位置時，底面凸 部6便來到使第二銷11動作的位置，當調理用杯凸部15來到 ® 保持部16b的位置時，則底面凸部6便來到使第一銷10動作 的位置。而且’底面凸部6在將第一銷10壓入時，則使通電 機構3成通電狀態’而在將第二銷11壓入時，則使通電機構 20 3成不通電狀態。 調理用杯4未設於本體1時，第一銷10藉由通電機構3 之連動板彈簧3k而成為與連動板3a—起上升的狀態，相反 地第二銷11藉由可動機構12之蹺蹺板構造13而成為於相反 側下降的狀態。此時’如第1B圖所示之通電機構3的連動板 201010655 3a係將摺動板爪部3c朝上拉起，所以摺動板3b的位置朝上 方滑動。而且開關鈕9之開卡合部3d係定位於摺動板溝部 3g，無法於壓入方向移動，因此無法使電動機2成通電狀態。 第3圖係本發明實施態樣1之電動調理器中第二銷被按 5壓且不通電狀態時之通電機構附近的側面斷面圖。如第3圖 所示，調理用杯4安裝於本體1時，調理用杯4之調理用杯凸 部15在設於本體1之杯承部14的插入口 16a的位置進入杯承 部凹部16。然後，調理用杯凸部15藉由旋轉直到與杯承部 凹部16之保持部16b接觸，而將本髏1與調理用杯4固定。其 10結果，本體側連接器7與杯侧連接器8連結，而成為可使刀 具5旋轉。 此處’在將調理用杯4安裝於本體1時，底面凸部6較第 一銷10先壓入第二銷11。其結果，即使在第一銷被壓入 且在通電狀態下固著時，可確實地成為不通電狀態。 15 第4圖係本發明實施態樣1之電動調理器中第一銷被按 壓且可通電狀態時之通電機構附近的侧面斷面圖。如第4圖 所示，第一銷10在平順地朝調理用杯4底面凸部6之底面凸 部傾斜面6a下側壓下的狀態被保持，相反地第二銷11之前 端成為舉起到較底面凸部6高的位置之狀態。而且，在第1B 20 圖中也顯示，與第一銷10連結之通電機構3的連動板3a由於 壓向下方，所以藉由摺動板爪部3c而被支撐之摺動板3b便 將位置滑動至下側。其結果，相對於摺動板溝部3f，開關 紅9之開卡合部3d成為可朝壓入方向移動，當開卡合部3d壓 入到摺動板溝部3f，則開腕部3p便使導通板3r與接點3q接 201010655 觸’電動機2成為通電狀態。 調理物等附著於第一銷10,且在將調理用杯4載置於本 體1的狀態下放置時，即使使調理用杯4旋轉而將底面凸部6 從第一銷1〇的頂面放開，第一銷1〇固著而不上升，通電機 5 構3使電動機2成可通電狀態。為了將調理用杯4從本體1卸 下’使調理用杯凸部15旋轉直到杯承部凹部16的插入口 16a ’則底面凸部傾斜面6b便與第二銷11接觸。如第3圖所 示’第二銷11藉由底面凸部傾斜面6b而逐漸被壓向下側， 藉由可動機構12之蹺蹺板構造13而將第一銷10舉起而解除 10安全裝置之固著狀態。 像這樣調理用杯4於本體1裝卸時，底面凸部6將第二銷 11壓入。其結果’即使在第一銷10壓入的狀態而固著之情 况’第二銷11於調理用杯4裝卸時，第二銷丨〗藉由底面凸部 6而被壓入。而且，可動機構12將第一銷1〇壓出且解除固 15著，而可作為安全的電動調理器》 (實施態樣2) 第5A圖係本發明實施態樣2之電動調理器中，杯蓋附近 的侧面斷面圖’第5B圖係該電動調理器之可動機構附近的 擴大圖。又，本發明實施態樣2之電動調理器中，有關與實 20施態樣1之電動調理器相同之元件使用相同符號而省略其 說明。 本發明實施態樣2之電動調理器的可動機構18係以摺 動。卩傾斜面17a與摺動部傾斜面丨7b各自朝相反方向傾斜之 指動部17而構成。於第—銷1()設有對應㈣部傾斜面17&的 201010655 5 10 15 20 第一銷傾斜面10a，於第二銷11設有對應摺動部傾斜面17b 的第二銷傾斜面Ua。因此，可確實地使第一銷10與第二銷 11的動作方向相反，而解除第一銷10之固著。 摺動部17係以可動機構18的軸18a為中心，且第一銷10 下降時第一銷傾斜面1〇a下降推壓可動機構18之摺動部傾 斜面17a而使摺動部17朝第5圖的右方移動。然後，藉由摺 動部傾斜面17b上舉第二銷傾斜面lla而將第二銷u上推。 相反地’第二銷11下降時摺動部17向第5圖的左方移動且上 推第一銷10。 鮮軸20係調理用杯4之底面凸部6的一部|，且可使 第-銷10動作，但是通常彻槓桿彈簧咖而使其朝遠離第 -銷10的方向舉起。而且，用以覆蓋調理用杯4之上部的杯 蓋19安裝於調理用杯4時，杯蓋凸部19a將槓桿軸20壓入， 而槓桿軸2G便成為可使第-銷1G動作的高度。 除去底面凸部6之槓桿轴20的部分係在可與第工銷“ 接觸的南度’且相對於插旋機構之開放方向設有底面巧部 傾斜面6e。使本體1與調理用杯4嵌合之插旋機構與本發明 實施態樣1之電動調理器相反，係在調理用杯4上設有杯支 樓凹部以’而在本體1之杯承部邮有杯承部凸部16c。第 -銷獻第二銷U與本體丨之間設有防水㈣，在第一_ 則設有用以覆蓋通電機構3之上部且傾斜的遮蔽壁22。 此處，於杯承部14 ·ίΛ 士 叹有本體1與調理用杯4之插旋機 構，在利用底面凸部6壓人笛^ 銷10的位置係使插旋機構之 旋轉停止。其結果，可確實地 貫地將調理用杯4設置於進行通電 φ ❹ 12 201010655 的位置。 又，底面凸部6用以將第一銷10及第二銷11壓入的面係 相對於調理用杯4之插旋機構的兩旋轉方向傾斜。其結果， 可使第一銷10及第二銷11之動作平順地進行。 5 調理物等附著於第一銷10，且在將調理用杯4載置於本 體1的狀態放置時，即使將調理用杯4旋轉而將底面凸部6之 槓桿軸20從第一銷1 〇的頂面放開，第一銷1 〇固著而不上 升，通電機構3使電動機2成可通電的狀態。此處，係說明 φ 將調理用杯4從本體1拆離的情況。 10 為了將調理用杯凹部15a從杯承部凸部16c拆離而旋轉 時，由於調理用杯4設有底面凸部6，因此底面凸部6與第二 銷11接觸。第二銷11藉由底面凸部傾斜面6c而稍微朝下方 壓下時，則第二銷傾斜面lla便將摺動部傾斜面17b壓下， 使可動機構18之摺動部17朝第5B圖的左方滑動。然後，第 15 一銷傾斜面10a便藉由摺動部傾斜面17a而被舉起，使第一 銷10被壓出而成為將安全裝置的固著狀態解除。 籲“底面凸部6與杯蓋19之裝卸連動而上下移動，且僅在杯 蓋19已安裝時成為可將第一鎖1〇壓入的高度其結果可 利用杯蓋19之裝卸而解除第—銷_固著狀態。 2〇 又’調理物及水等從第-銷轉過防水蓋21而 浸入本 體卜設於第-銷10之遮蔽壁22可防止調理物及水，並且將 其導引至與遠離通電機構3且未圖示之充電部不接觸處，而 不扣及安全性。 上述般A據本發明實施態樣2之電動調理器，摺動 13 201010655 °P17係僅進行單純的水平移動，可作為安定的可動機構18。 又，與杯蓋19連動的槓桿軸2〇使第一銷1〇動作，且第 一銷11藉由底面凸部6之底面凸部傾斜面&而動作。因此， 可作為藉由杯蓋19之裝卸而將第一銷10之固著狀態解除的 5 電動調理器。 【產業利用可能性】 如上所述，有關本發明之電動調理器在安全裝置之鎖 固著時，可除去銷之固著而確實地使安全裝置動作所以 也可適用在於攪拌器、食物處理器或碾碎機以外使用銷之 10 安全裝置的用途。 【圖式簡單稅明】 第1A圖係本發明實施態樣1之電動調理器的主要部分 之側面斷面圖； 第1B圖係第ία圖之開關鈕附近的擴大圖； 15 第2A圖係本發明實施態樣1之電動調理器中，具有繞 蹺板構造透視的杯承部之一部分俯視圖； 第2B圖係該電動調理器之調理用杯的一部分斷面圖； 第2C圖係該電動調理器之通電機構附近的側面斷面 圖； 2〇 第3圖係該電動調理器中第二銷被壓入而成不通電狀 態時之通電機構附近的侧面斷面圖； 第4圖係該電動調理器中第一銷被壓入而成可通電狀 態時之通電機構附近的側面斷面圖； 第5 A圖係本發明實施態樣2之電動調理器中，杯蓋附 201010655 近的側面斷面圖； 第5B圖係該電動調理器之可動機構附近的擴大圖；及 第6圖係習知電動調理器之主要部份的斷面圖。[Patent Document 1] JP-A-58-122030 C SUMMARY OF THE INVENTION PROJECT SUMMARY OF THE INVENTION The motor-driven device of the present invention includes a built-in motor and a body for controlling energization, and a switch for energizing the mechanism a pin, a second pin that passes through the movable mechanism and is interlocked with the first pin in the opposite direction of the movement direction, and is detachably placed on the body of the conditioning cup, and is disposed in the inner portion of the conditioning cup and rotated by the motor The cutter and the bottom convex portion of the outer side of the conditioning cup for pressing the first pin and the second lock, and when the bottom convex portion is pushed into the first pin, the motor is energized and the bottom convex portion is pushed into the second When the pin is placed, the motor is not energized, and when the conditioning cup is attached or detached to the main body, the second convex portion presses the second pin. 15 When the first pin is pressed in, even if it is fixed, when the second pin is loaded or unloaded in the conditioning cup, the second pin is pressed by the convex portion of the bottom surface. Further, the movable mechanism will release the first-sales to release the fixation', and can be briefly described as a safe electric pattern. FIG. 1A is a side cross-sectional view of the main adjacent eight of the electric conditioning H of the embodiment 1 of the present invention; 1^ 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图- Figure 2B is a partial cross-sectional view of the conditioning cup of the electric conditioner; Figure 2C is a side cross-sectional view of the electric actuator in the vicinity of the energizing mechanism; Figure 3 is the second pin of the electric conditioner A side cross-sectional view of the vicinity of the energization mechanism when pressed into a non-energized state; FIG. 4 is a side cross-sectional view of the vicinity of the energization mechanism when the first pin of the electric actuator is pressed into an energizable state. Figure 5A is a side cross-sectional view of the electric actuator of the embodiment 2 of the present invention, with the cup cover attached to φ; 10 Figure 5B is an enlarged view of the vicinity of the movable mechanism of the electric conditioner; and Figure 6 A cross-sectional view of the main part of a conventional electric conditioner. [Embodiment 3] DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, embodiments of the present invention will be described with reference to a side surface 15 of the drawings. Moreover, the invention may not be limited by this embodiment. (Embodiment 1) FIG. 1A is a side cross-sectional view showing the main part of the electric power conditioner according to Embodiment 1 of the present invention, and FIG. 1B is an enlarged view of the vicinity of the switch knob of FIG. 1A. Further, FIG. 2A is a partial plan view of one of the cup holders having a 跷跷20 plate structure perspective view in the electric power conditioner according to the first aspect of the present invention, and FIG. 2B is a partial sectional view of the conditioning cup of the electric power conditioner. 2C is a side cross-sectional view of the vicinity of the energizing mechanism of the electric power conditioner. Further, since the basic configuration of the electric power conditioner according to the first embodiment of the present invention is substantially the same as that of the conventional electric power conditioner of Fig. 6, the same reference numerals are used for the same elements 7 201010655, and the description thereof will be omitted. The main body 1 houses an electric motor 2 and an energizing mechanism 3 for controlling energization. The first pin 1 for switching the energizing mechanism 3 is disposed in a groove portion (not shown) of the cup receiving portion 14 of the main body, and is made to be difficult to press a finger or the like. Further, the fifth pin is mechanically fixed to the interlocking plate 3a. Here, the interlocking plate 3 & utilizes the interlocking plate spring 3k of the energizing mechanism 3 to apply an upward force at a normal time. Further, the second pin 11 is disposed in the groove portion of the cup receiving portion 14 in the same manner as the first pin 1〇. Further, the first pin 1 and the second pin are configured by the seesaw structure 13 centering on the shaft 12a of the movable mechanism 12, and can be operated in the opposite directions. That is, the second pin 11 is transmitted through the movable mechanism 12 in the opposite direction to the first pin 1 θ in the operating direction. Here, the safety device of the electric power conditioner according to the embodiment of the present invention is constituted by the first pin 1 〇, the second pin 丨丨, and the movable structure 12. The folding plate 3b parallel to the interlocking plate 3a is attached to the energizing mechanism 3, and is biased downward by a 15 spring leaf spring 3j. The folding plate claw portion 3c of the folding plate 3b is supported downward by the interlocking plate 3a and constitutes the positioning of the folding plate 3b. The switch button 9 for energizing the energizing mechanism 3 has an opening engaging portion 3 (1) that is in contact with the swinging plate groove portion 3f of the folding plate 3b. Further, the energizing mechanism 3 20 is turned off. 9a has a closing engagement portion 3e for contacting the folding plate groove portion 3h of the folding plate 3b. When the switching button 9 is pressed in, the opening portion 3p shown in Fig. 2C brings the conduction plate 3r into contact with the contact point 3q. And the opening engagement portion 3d shown in Fig. 1B is configured to be fixed to the hook portion of the folding plate groove portion 3f. Further, when the switch button 9a is pressed in, the 201010655 * is displayed in the closed portion of the first FIG. By using the inclined surface of the folding plate groove portion 3h, the folding plate 3a is moved upward, and the closed wrist portion shown in the %th figure is attached to the circuit breaker for canceling the energization when the power is gripped. 2Αϋ, 2B_ shows 'removably placed on the body 调 5 adjustment cup 4 is provided as a part of the insertion mechanism of the conditioning cup convex part (1), in the two rotation direction of the insertion mechanism, on the bottom surface The convex portion 6 is provided with a bottom surface convex portion inclined surface 6a and a bottom surface convex portion inclined surface. The cup receiving portion 14 is used to mount the conditioning cup* to the body 1 with a weir. The axis of the motive 2 is slightly annular in the center. Here, the bottom convex portion 6 is provided on the outer bottom portion of the conditioning cup 4. Further, 10 is provided inside the conditioning cup 4 with the cutter 5 rotated by the motor 2. As shown in FIG. 2A, FIG. 2B, and FIG. 2C, the cup receiving portion 14 of the main body is provided with a cup receiving portion recess 16 for inserting the insertion mechanism with the conditioning cup 4. Further, in the cup holder The concave portion 16 is provided with an insertion opening 16a for inserting the conditioning cup convex portion 15 and a holding portion 16b for holding the conditioning cup convex portion 15. Further, the configuration is such that when the conditioning cup convex portion 15 comes to the insertion opening 16a When the bottom surface convex portion 6 comes to a position where the second pin 11 is moved, when the conditioning cup convex portion 15 comes to the position of the holding portion 16b, the bottom surface convex portion 6 comes to operate the first pin 10. In the case where the bottom surface convex portion 6 presses the first pin 10, the energization mechanism 3 is energized. When the second pin 11 is pushed in, the energization mechanism 20 3 is deenergized. When the cup 4 is not provided in the main body 1, the first pin 10 is raised by the interlocking plate spring 3k by the energizing mechanism 3, and rises with the interlocking plate 3a. In contrast, the second pin 11 is in a state of being lowered on the opposite side by the seesaw structure 13 of the movable mechanism 12. At this time, the interlocking plate 201010655 3a of the energizing mechanism 3 as shown in FIG. 1B is a folding plate claw. Since the portion 3c is pulled upward, the position of the folding plate 3b slides upward, and the opening engagement portion 3d of the switch button 9 is positioned in the folding plate groove portion 3g, and cannot be moved in the pressing direction, so that the motor 2 cannot be made. Fig. 3 is a side cross-sectional view showing the vicinity of the energizing mechanism when the second pin is pressed and not energized in the electric power conditioner according to the first embodiment of the present invention. As shown in Fig. 3, the conditioning cup is used. When the main body 1 is attached to the main body 1, the conditioning cup convex portion 15 of the conditioning cup 4 enters the cup receiving portion recess 16 at a position provided at the insertion opening 16a of the cup receiving portion 14 of the main body 1. Then, the conditioning cup projection 15 is rotated until it comes into contact with the holding portion 16b of the cup receiving portion 16 to fix the topsheet 1 and the conditioning cup 4. As a result of the tenth, the main body side connector 7 is coupled to the cup side connector 8, and the tool 5 can be rotated. Here, when the conditioning cup 4 is attached to the main body 1, the bottom surface convex portion 6 is pressed into the second pin 11 first than the first pin 10. As a result, even when the first pin is pressed and fixed in the energized state, it is possible to surely be in a non-energized state. Fig. 4 is a side sectional view showing the vicinity of the energizing means when the first pin is pressed and energized in the electric power conditioner according to the first embodiment of the present invention. As shown in Fig. 4, the first pin 10 is held in a state of being pressed down to the lower side of the bottom surface convex portion inclined surface 6a of the bottom surface convex portion 6 of the conditioning cup 4, and the front end of the second pin 11 is lifted. It is in a state of being higher than the bottom convex portion 6. Further, in the first B20, the interlocking plate 3a of the energizing mechanism 3 connected to the first pin 10 is pressed downward, so that the folding plate 3b supported by the folding plate claw portion 3c is positioned. Slide to the lower side. As a result, the opening engagement portion 3d of the switch red 9 is movable in the pressing direction with respect to the folding plate groove portion 3f, and when the opening engagement portion 3d is pressed into the folding plate groove portion 3f, the opening portion 3p is opened. The conduction plate 3r and the contact 3q are connected to 201010655 and the motor 2 is energized. When the conditioning material or the like is attached to the first pin 10 and placed in the state in which the conditioning cup 4 is placed on the main body 1, the bottom surface convex portion 6 is displaced from the top surface of the first pin 1〇 even if the conditioning cup 4 is rotated. Release, the first pin 1 is fixed without rising, and the motor 5 is configured to make the motor 2 energizable. In order to remove the conditioning cup 4 from the main body 1 and rotate the conditioning cup projection 15 up to the insertion opening 16a' of the cup receiving recess 16, the bottom convex portion inclined surface 6b comes into contact with the second pin 11. As shown in Fig. 3, the second pin 11 is gradually pressed downward by the bottom surface convex portion inclined surface 6b, and the first pin 10 is lifted by the seesaw structure 13 of the movable mechanism 12 to release the 10 safety device. Fixed state. When the conditioning cup 4 is attached or detached to the main body 1 as described above, the bottom surface convex portion 6 presses the second pin 11. As a result, even if the first pin 10 is pressed and fixed, when the second pin 11 is attached or detached to the conditioning cup 4, the second pin is pressed by the bottom convex portion 6. Further, the movable mechanism 12 presses and releases the first pin 1 and can be used as a safe electric conditioner. (Embodiment 2) FIG. 5A is an electric conditioner according to Embodiment 2 of the present invention. A side cross-sectional view of the vicinity of the cup lid 'Fig. 5B is an enlarged view of the vicinity of the movable mechanism of the electric power conditioner. Further, in the electric power conditioner according to the second embodiment of the present invention, the same components as those of the electric power conditioner of the first embodiment are denoted by the same reference numerals, and the description thereof will be omitted. The movable mechanism 18 of the electric power conditioner according to the second embodiment of the present invention is folded. The slanting surface 17a and the slanting surface slanting surface 7b are each configured to be inclined in the opposite direction by the fingering portion 17. The first pin inclined surface 10a corresponding to the (four) portion inclined surface 17 & 201010655 5 10 15 20 is provided on the first pin 1 (), and the second pin inclined surface Ua corresponding to the inclined portion inclined surface 17b is provided on the second pin 11 . Therefore, the movement of the first pin 10 and the second pin 11 can be surely reversed, and the fixation of the first pin 10 can be released. The folding portion 17 is centered on the shaft 18a of the movable mechanism 18, and when the first pin 10 is lowered, the first pin inclined surface 1〇a is lowered to push the folding portion inclined surface 17a of the movable mechanism 18, and the folding portion 17 is turned toward Move to the right of Figure 5. Then, the second pin u is pushed up by the second pin inclined surface 11a by the folded portion inclined surface 17b. Conversely, when the second pin 11 is lowered, the folding portion 17 is moved to the left in Fig. 5 and the first pin 10 is pushed up. The fresh shaft 20 is a part of the bottom convex portion 6 of the conditioning cup 4, and the first pin 10 can be operated. However, the lever 10 is normally lifted in a direction away from the first pin 10. Further, when the cup cover 19 for covering the upper portion of the conditioning cup 4 is attached to the conditioning cup 4, the lid convex portion 19a presses the lever shaft 20, and the lever shaft 2G becomes the height at which the first pin 1G can be moved. . The portion of the lever shaft 20 excluding the bottom surface convex portion 6 is provided with a bottom surface portion inclined surface 6e with respect to the opening direction of the insertion mechanism with respect to the south side of the insertion pin. The body 1 and the conditioning cup 4 are provided. The fitting insertion mechanism is opposite to the electric conditioner according to the first embodiment of the present invention, and the cup for the treatment cup is provided with a recess of the cup branch to 'and the cup portion of the body 1 is provided with the cup portion convex portion 16c. The first pin is provided with a waterproof (four) between the second pin U and the body cymbal, and the first _ is provided with a shielding wall 22 for covering the upper portion of the energizing mechanism 3 and inclined. Here, the cup receiving portion 14 · Λ The sigh has a mechanism for inserting the body 1 and the conditioning cup 4, and the rotation of the insertion mechanism is stopped by pressing the bottom convex portion 6 to press the pin 10, and as a result, the conditioning cup can be surely passed. 4 is disposed at a position where the energization φ ❹ 12 201010655 is performed. Further, the surface of the bottom surface convex portion 6 for pressing the first pin 10 and the second pin 11 is inclined with respect to the two rotation directions of the insertion mechanism of the conditioning cup 4. As a result, the movement of the first pin 10 and the second pin 11 can be smoothly performed. 5 The conditioning substance or the like is attached to the first When the pin 10 is placed in the state in which the conditioning cup 4 is placed on the main body 1, even if the conditioning cup 4 is rotated, the lever shaft 20 of the bottom surface convex portion 6 is released from the top surface of the first pin 1 ,, When the pin 1 is fixed and does not rise, the energizing mechanism 3 causes the motor 2 to be energized. Here, the case where the conditioning cup 4 is detached from the body 1 will be described. 10 In order to remove the conditioning cup recess 15a When the cup receiving portion 16c is detached and rotated, since the conditioning cup 4 is provided with the bottom surface convex portion 6, the bottom surface convex portion 6 is in contact with the second pin 11. The second pin 11 is slightly inclined by the bottom surface convex portion inclined surface 6c. When pressed downward, the second pin inclined surface 11a presses the folding portion inclined surface 17b, and the folding portion 17 of the movable mechanism 18 slides to the left of Fig. 5B. Then, the 15th pin inclined surface 10a is lifted by the folding portion inclined surface 17a, and the first pin 10 is pushed out to release the fixing state of the safety device. "The bottom surface convex portion 6 is moved up and down in conjunction with the loading and unloading of the lid 19 And only when the lid 19 is installed, the height of the first lock 1〇 can be pushed in. The result can be released by the loading and unloading of the lid 19 The first - pin _ fixed state. 2〇', the conditioning material and water, etc., are transferred from the first pin to the waterproof cover 21 and immersed in the shielding wall 22 of the body of the first pin 10 to prevent the conditioning material and water, and to guide it to and away from the energizing mechanism 3 Moreover, the charging unit (not shown) does not touch, and the safety is not compromised. According to the electric power conditioner according to the second aspect of the present invention, the folding 13 201010655 ° P17 is only a simple horizontal movement, and can be used as a stable movable mechanism 18. Further, the lever shaft 2 interlocking with the cup cover 19 causes the first pin 1 to move, and the first pin 11 operates by the bottom surface convex portion inclined surface & Therefore, it can be used as a 5 electric motor in which the fixing state of the first pin 10 is released by the attachment and detachment of the lid 19. [Industrial Applicability] As described above, when the safety device of the present invention is locked by the safety device, the fixing of the pin can be removed and the safety device can be surely operated. Therefore, it is also applicable to the agitator and the food processor. Or use of a pin 10 safety device other than a crusher. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1A is a side cross-sectional view showing the main part of the electric power conditioner according to the first embodiment of the present invention; Fig. 1B is an enlarged view of the vicinity of the switch button of the ία diagram; 15 Fig. 2A In the electric power conditioner according to the first aspect of the present invention, a partial plan view of a cup receiving portion having a see-through structure is shown; FIG. 2B is a partial sectional view of the conditioning cup of the electric power conditioner; Side sectional view of the vicinity of the energizing mechanism of the conditioner; 2〇Fig. 3 is a side sectional view showing the vicinity of the energizing mechanism when the second pin of the electric power conditioner is pressed into a non-energized state; A side cross-sectional view of the electric actuator in which the first pin is pressed into the energized state; FIG. 5A is an electric conditioner of the embodiment 2 of the present invention, the cup cover is attached to the near side of the 201010655 Sectional view; Figure 5B is an enlarged view of the vicinity of the movable mechanism of the motorized conditioner; and Figure 6 is a cross-sectional view of the main part of the conventional motorized conditioner.
【主要元件符號說明】 1 本體 4 調理用杯 2 電動機 5 刀具 3 通電機構 6 底面凸部 3a 連動板 6a 底面凸部傾斜面 3b 摺動板 6b 底面凸部傾斜面 3c 摺動板爪部 6c 底面凸部傾斜面 3d 開卡合部 7 連接器 3e 閉卡合部 8 連接器 3f 摺動板溝部 9 開關鈕 3g 摺動板溝部 9a 開關紐 3h 摺動板溝部 10 第一銷 3j 摺動板彈簧 10a 第一銷傾斜面 3k 連動板彈簧 11 第二銷 3m 斷路器 11a 第二銷傾斜面 3n 閉腕部 12 可動機構 3p 開腕部 12a 轴 3q 接點 13 蹺蹺板構造 3r 導通板 14 杯承部 15 201010655 15 調理用杯凸部 18 可動機構 15a 杯支撐凹部 18a 軸 16 杯承部凹部 19 杯蓋 16a 插入口 20 槓桿軸 16b 保持部 20a 槓桿彈簧 16c 杯承部凸部 21 防水蓋 17 摺動部 17a 摺動部傾斜面 17b 摺動部傾斜面 22 遮蔽壁 e 16[Main component symbol description] 1 Main body 4 Conditioning cup 2 Motor 5 Tool 3 Power supply mechanism 6 Bottom convex portion 3a Linking plate 6a Bottom convex portion inclined surface 3b Folding plate 6b Bottom convex portion inclined surface 3c Folding plate claw portion 6c Bottom surface Convex inclined surface 3d Opening engagement portion 7 Connector 3e Closure engagement portion 8 Connector 3f Folding plate groove portion 9 Switch button 3g Folding plate groove portion 9a Switch button 3h Folding plate groove portion 10 First pin 3j Folding plate spring 10a First pin inclined surface 3k Linkage plate spring 11 Second pin 3m Circuit breaker 11a Second pin inclined surface 3n Closed wrist 12 Movable mechanism 3p Open wrist 12a Axis 3q Contact 13 跷跷 plate structure 3r Conductor plate 14 Cup bearing 15 201010655 15 Conditioning cup projection 18 Movable mechanism 15a Cup supporting recess 18a Shaft 16 Cup receiving recess 19 Cup cover 16a Inserting port 20 Lever shaft 16b Holding portion 20a Lever spring 16c Cup receiving portion 21 Waterproof cover 17 Folding portion 17a Folding portion inclined surface 17b, folding portion inclined surface 22, shielding wall e 16